In this paper, the computational results of a gas-particle two phase flow in a bend with a rectangular cross-section is presented. The movement of the particles in a curved pipe is numerically analyzed by using random...In this paper, the computational results of a gas-particle two phase flow in a bend with a rectangular cross-section is presented. The movement of the particles in a curved pipe is numerically analyzed by using random statistical method. The zones and rate of erosion on the wall in a bend are determined. The results are in accordance with the experiment, which indicate that the erosion is influenced by gas velocity, particle size and bend curvature.展开更多
文摘In this paper, the computational results of a gas-particle two phase flow in a bend with a rectangular cross-section is presented. The movement of the particles in a curved pipe is numerically analyzed by using random statistical method. The zones and rate of erosion on the wall in a bend are determined. The results are in accordance with the experiment, which indicate that the erosion is influenced by gas velocity, particle size and bend curvature.
